Tag Archive | research
The Engineered Living Materials Institute website is now live. Please check out our new institute home: elmi.cornell.edu.
Mechanical engineering PhD students Max Tepermeister and Zhongtong Wang, and MS student Jinyue Dai all presented at ASME’s International Mechanical Engineering Congress and Exposition in Columbus, Ohio last week.
Incorporation of reversible crosslinks into polymers is an effective approach for tailoring their mechanical properties and to realizing behavior like self-healing, shape memory, and pH sensitivity. Among various reversible crosslink types, ionic bonds are particularly interesting because of their biocompatibility, saloplasticity, and relevance for energy conversion technologies. Understanding the structure-function relationship of such polymers is […]
MMD lab graduate Michael Buche just published work started in his PhD thesis in Physical Review E. “Freely jointed chain models with extensible links” presents how to derive asymptotically correct analytical expressions for the force-stretch relationships for polymer chains with extensible bonds utilizing statistical thermodynamics. This work was co-authored with Prof Silberstein and fellow Cornell […]
The design of functional and soft ionotronic devices has gained a considerable interest over the last decade, with applications ranging from sensing and energy harvesting to drug delivery. The coupled electrochemical and mechanical response of soft ionic polymers plays a pivotal role in the operation of many such devices and presents a significant challenge for […]
Prof Silberstein attended and presented a poster with Dr. Joy Zhang’s work at the GRC “Microbial Stress Response: Bacterial Mechanisms for Sensing, Responding and Adapting to Stress” last week.
Prof. Silberstein is part of a winning Atkinson Venture Fund grant team. The interdisciplinary project is led by Prof. Rong Yang in the Chemical and Biological Engineering department at Cornell. This new ELMI project “Engineered Living Materials for Indoor Air Quality Control,” will use a hybrid approach of yeast and synthetic polymers to take on […]
Join Cornell University April 29th 10am-4pm for this year’s KK Wang Industry Day on materials design by additive manufacturing – a virtual symposium that merges industry and academia. The program will feature keynote talks, presentations from academic and industrial leaders, and a poster competition. Prof Silberstein will be talking about the MMD lab work on […]
The Research Article “Enabling Tunable Water-Responsive Surface Adaptation of PDMS via Metal-ligand Coordinated Dynamic Networks” is now published in Advanced Materials Interfaces. This work was led by Xinyue(Joy) Zhang. We demonstrated a new design to enable time-dependent adaptation of a polymer via dynamic functionalities. By embedding dynamic metal-ligand coordination into a PDMS matrix, a reversible hydrophobic […]
Dr. Michael Buche’s paper on statistical mechanics derived modeling of mechanoresponsive elastomers is now out in the Journal of the Mechanics and Physics of Solids. Titled “Chain breaking in the statistical mechanical constitutive theory of polymer networks,” it methodically derives a constitutive model for elastomer networks with breakable bonds that encompasses and expands beyond the […]